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Industries · AerospaceFlight-grade rotating machinery, proven on the ground
High-speed drive stands with real-time inertia simulation reproduce engine-driven operation for aerospace generators — startup verification, performance mapping and endurance, all before anything flies.
You can't iterate at 30,000 feet
The engine isn't available
Generator development can't wait for engine time. The bench has to be the engine — speed profiles, transients and inertia included.
Dynamics must be real
Startup and load-shed behaviour depend on rotational inertia. Static drive stands miss what real-time inertia simulation reproduces.
Evidence, not anecdotes
Aerospace qualification runs on complete, traceable data — every channel, every run, every report.
Aerospace electrical machines
- Aerospace generators — engine-simulated drive with real-time inertia, startup verification and performance mapping.
- High-speed rotating components — high-speed gearbox drive chains with precision torque measurement.
- Endurance programs — long-duration runs with specimen cooling and full measurement coverage.
- Starters & auxiliary machines — the mature starter/alternator line adapted to aviation auxiliaries.
Deterministic control, complete data
LDRT — real-time simulation
Inertia and engine-profile simulation on deterministic 100 µs control loops. About LDRT →
LDEV-X — test automation
Qualification test sequences with full-coverage logging — every run reproducible, every report traceable. About LDEV-X →
LD-LMS — traceability
Runs, configurations and results tracked per specimen across the lab. About LD-LMS →
From a single stand to a qualification lab
Complete test solutions
Drive stand, measurement, cooling and safety systems engineered and commissioned as one project. Learn more →
Customised testbeds
Specimen-specific drive chains, mountings and inertia ranges — built to your qualification requirements. Learn more →